Madexcept-.bpl ((full)) Today

Application.Initialize; Application.CreateForm(TForm1, Form1); Application.Run; end.

The most common and benign scenario is that you (or a developer whose application you are using) have installed madExcept as part of a Delphi development environment. In such cases, madexcept-.bpl resides in a folder such as C:\Program Files (x86)\BlueSprig\JetBoost\ and is loaded by Delphi whenever the IDE starts. It does nothing harmful and is not a virus. Indeed, VirusTotal scans of madexcept-.bpl have consistently found no malicious content across all major antivirus engines.

: If you load BPLs dynamically at runtime using LoadPackage() , the setup is slightly different. The main EXE should have madExcept enabled. For detailed call stack information to propagate from the BPL, you generally need to enable madExcept for each BPL project as well. This can be done via the IDE's "madExcept Settings" for each project. madexcept-.bpl

MadExceptionHandler.ShowDialog := False; MadExceptionHandler.OutputFolder := 'C:\CI\CrashReports';

I can provide the exact compiler settings or path fixes tailored to your setup. Share public link Application

In automated test pipelines, you can suppress the UI and write reports directly to disk:

: Verify that the search paths in the IDE point to the correct bit-version of the madCollection libraries and that the Known Packages registry key is correctly configured. Is it a Virus? It does nothing harmful and is not a virus

For developers building monolithic frameworks where all code (including third‑party units and madExcept itself) is compiled into a single BPL, care must be taken. The madshi forums advise that while you can include most mad* units in your custom BPL, you should including madExcept.pas itself in the package. Doing so can lead to unexpected linking behaviour and may prevent exception reports from being generated correctly. Later versions of madExcept (3.0 and above) improved support for packaging, but the recommended best practice remains: link madExcept directly into the main executable rather than into shared BPLs.

You might wonder why a developer would use madExcept.bpl rather than statically linking the library directly into the EXE.

Identifies memory, resource, and GDI handle leaks when the application is closed.

Before diving into the specifics of the .bpl file, it is essential to understand the software behind it. is a commercial Delphi library that intercepts exceptions in compiled Windows applications and provides detailed, user‑friendly crash reports. Unlike Delphi’s built‑in exception handling, which typically displays a bare system error dialog, madExcept generates comprehensive reports that include: